Question

Matching

___ respiratory pathways in which acetate (and other C2 compounds) are carabolized.

___ respiration in which an inorganic molecule is the final receptor

___ in gram negatives, periplasmic binding proteins and ATP hydrolyzing proteins are needed in this transport system

___ major means for direcr synthesis of NADPH for deoxynucleotide and fatty acid synthesis

___ organisms which concerve energy from organic chemicals

___ tendency to donate electrons as expressed as volts (V) compared with reference (H2)

___ organic molecule which is a percursor to several amino acids and is regenerated at the end of the citric acid cycle

___ electron carriers which caontain heme prosthetic groups

___ translocation system whose energy to translocate fructose, glucose and mannose is derived from phosphoenolpyruvate

Word bank

49. reduction potential 50. phosphotransferase system 51. pentose phosphate pathway 52. anaerobic 53. chemoorganotrophs 54. ATP-binding cassette system 55. Oxaloacetate 56. Glyoxylate cycle 57. Cytochromes

Answer 1

56. Glyoxylate cycle
___ respiratory pathways in which acetate (and other C2 compounds) are carabolized.

52. anaerobic
___ respiration in which an inorganic molecule is the final receptor

54. ATP-binding cassette system
___ in gram negatives, periplasmic binding proteins and ATP hydrolyzing proteins are needed in this transport system

51. pentose phosphate pathway
___ major means for direcr synthesis of NADPH for deoxynucleotide and fatty acid synthesis

53. chemoorganotrophs
___ organisms which concerve energy from organic chemicals

49. reduction potential
___ tendency to donate electrons as expressed as volts (V) compared with reference (H2)

55. Oxaloacetate
___ organic molecule which is a percursor to several amino acids and is regenerated at the end of the citric acid cycle

57. Cytochromes
___ electron carriers which caontain heme prosthetic groups

50. phosphotransferase system
___ translocation system whose energy to translocate fructose, glucose and mannose is derived from phosphoenolpyruvate